SmartFly TF-Luna LiDAR Sensor

SmartFly TF-Luna LiDAR Sensor — image 1
SmartFly TF-Luna LiDAR Sensor — image 2
SmartFly TF-Luna LiDAR Sensor — image 3
SmartFly TF-Luna LiDAR Sensor — image 4
SmartFly TF-Luna LiDAR Sensor — image 5
SmartFly TF-Luna LiDAR Sensor — image 6
SmartFly TF-Luna LiDAR Sensor — image 7
SmartFly TF-Luna LiDAR Sensor — image 8
SmartFly TF-Luna LiDAR Sensor — image 9
85%
88%
Performance
91%
Integration Ease
85%
Compatibility
90%
Build Quality
92%
Power Efficiency
89%
Size & Weight
87%
Obstacle Avoidance Reliability
60%
Customer Support
65%
Documentation Quality
92%
Value for Money
90%
Battery Life
85%
Versatility for Use Cases
More

Overview

The SmartFly TF-Luna LiDAR Sensor is a compact and reliable device designed for precise distance measurements. This lightweight sensor excels in environments that demand both accuracy and efficiency. With its small size and simple integration, it's an excellent choice for hobbyists and professionals alike. Whether you're working with drones, robots, or autonomous systems, this distance measuring module provides a practical solution. The TF-Luna sensor is compatible with popular platforms like Pixhawk and Raspberry Pi, making it versatile for a variety of applications.

Features & Benefits

The TF-Luna sensor offers impressive features, including single-point ranging with a stable measurement range of 0.1 to 8 meters. Its low power consumption, less than 0.35W, ensures it’s ideal for battery-powered setups. Its small design, measuring just 35mm x 21.25mm x 13.5mm and weighing only 5g, makes it easy to integrate into a range of projects. Additionally, the sensor supports both UART and I2C communication protocols, giving users flexibility when it comes to connecting with different platforms and devices.

Best For

The TF-Luna LiDAR Sensor is best suited for those working with drones, robots, or autonomous systems where precise distance measurement is crucial. It’s ideal for developers who need reliable obstacle avoidance sensors for their projects. This sensor is particularly useful in applications such as pedestrian detection, vehicle detection, and altitude hold mode, which require accurate, real-time data. Hobbyists, engineers, and developers alike can take advantage of its small form factor and versatility in a wide range of robotics and drone-related uses.

User Feedback

Users of the TF-Luna sensor appreciate its compact size and straightforward integration with various systems, particularly when used in drone applications. Many have found it reliable for obstacle avoidance, with several users praising its accuracy in detecting objects in flight. However, some have expressed frustration with the technical support responsiveness, reporting delays when seeking assistance. Overall, the sensor has garnered positive reviews for its performance, though some users wish for better customer service and clearer documentation for troubleshooting.

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Pros

  • This LiDAR sensor offers a compact and lightweight design, making it easy to integrate into various systems.
  • Users find it highly reliable for obstacle avoidance, particularly in drone applications.
  • The low power consumption of under 0.35W ensures long battery life for mobile setups, which is perfect for extended field use.
  • Its compatibility with platforms like Pixhawk and Raspberry Pi allows seamless integration into existing projects.
  • Weighing only 5g, it doesn’t add significant weight to drones or robots, which is beneficial for flight time and mobility.
  • The versatile communication protocols (UART and I2C) support integration into a wide range of robotic and autonomous systems.

Cons

  • Some users report occasional challenges with technical support responsiveness, which could be a concern for troubleshooting.
  • While compact, the sensor’s range of 0.1 to 8 meters may not be sufficient for certain industrial applications requiring longer detection distances.
  • A few users mentioned that the sensor can be sensitive to interference in crowded environments, impacting its reliability in complex systems.
  • The small form factor may be a disadvantage in situations where larger, more robust sensors are preferred for durability.
  • Some reviewers noted that its integration requires careful setup, which might not be suitable for beginners without prior experience in robotics.
  • Certain users expressed concerns about the sensor's stability in extreme weather conditions, limiting its use in outdoor environments with fluctuating conditions.

Ratings

The SmartFly TF-Luna LiDAR Sensor has received generally positive feedback from verified users across multiple platforms and languages. Reviews were carefully analyzed by RR-AI, ensuring that only authentic, high-quality feedback informed the results, while spam, bot/incentivized, and off-topic reviews were excluded. Both strengths and pain points have been reflected in the following scores, highlighting the sensor's strengths in performance, integration, and compact design, while also pointing out areas where users have faced challenges, such as customer support responsiveness.

Performance
88%
Many users are impressed with the reliable performance of this LiDAR sensor, particularly its stable ranging from 0.1 to 8 meters. It's praised for delivering accurate measurements, even in varying environmental conditions, which is crucial for robotics and drone applications. The consistency in performance makes it a valuable tool for obstacle detection and distance sensing.
However, some users have mentioned occasional inconsistencies in performance, especially when used in outdoor environments with significant interference. A few also noted that the sensor's range might be slightly limited for certain high-precision tasks, such as long-range autonomous navigation.
Integration Ease
91%
Users highly appreciate how easy this distance measuring module integrates into various systems. Its compact size and lightweight design make it straightforward to incorporate into drones and robots without causing significant changes to the setup. Many have noted how seamlessly it works with popular platforms like Pixhawk and Raspberry Pi, making it a flexible choice for developers.
Some users experienced initial setup challenges due to limited documentation or unclear instructions. Additionally, while it integrates well with most platforms, a few reported minor issues when connecting to less common or custom-built systems.
Compatibility
85%
The TF-Luna sensor is widely praised for its broad compatibility with platforms like Pixhawk and Raspberry Pi. This versatility allows users to easily incorporate it into a variety of autonomous and robotic systems, ensuring it works well across multiple setups. Its support for both UART and I2C communication protocols enhances its flexibility for developers.
While generally compatible with most systems, a few users found it difficult to work with certain custom-made platforms or less popular communication protocols. Some also noted that more detailed compatibility guides would be helpful for less experienced users.
Build Quality
90%
Many users report being impressed by the solid build quality and durability of the sensor, despite its small form factor. The sensor's lightweight design (weighing only 5g) doesn't compromise its robustness, making it suitable for various use cases, from drone applications to robotic systems that require a reliable and rugged component.
On the downside, a few users pointed out that the small size might make it easier to damage if mishandled, especially during installation. While generally well-built, some users would prefer more ruggedized versions for harsher environments.
Power Efficiency
92%
This LiDAR sensor excels in power efficiency, consuming less than 0.35W. It's a key selling point for battery-powered setups, as users can rely on longer operational times without worrying about excessive power drain. This feature is especially beneficial for mobile robots or drones that require lightweight, low-energy components for extended field use.
There aren't many complaints regarding power efficiency, but some users feel that while it's great for short-term applications, the low power consumption might limit its performance in longer-term, high-demand scenarios. A few would have liked to see even more extended battery life in very power-hungry setups.
Size & Weight
89%
The small size (35mm x 21.25mm x 13.5mm) and lightweight nature (just 5g) of this device make it ideal for tight spaces or applications where bulkier sensors would be impractical. Users often highlight this as a key reason for choosing it, particularly for drone builders who need minimal added weight without compromising performance.
A few users expressed concerns that such a compact sensor may be more prone to overheating in certain use cases, particularly when used in confined spaces with limited ventilation. Additionally, the small design might not always provide the robustness needed for some heavy-duty applications.
Obstacle Avoidance Reliability
87%
This LiDAR sensor is widely regarded as reliable for obstacle avoidance in drones and robots, providing stable readings that help avoid collisions. Many users find it particularly effective in drone applications where real-time, accurate distance measurements are crucial for safe flight and navigation. Its effectiveness in detecting obstacles in varied environments is frequently praised.
However, some users have reported occasional false positives or missed obstacles when the sensor was used in environments with rapidly changing conditions, such as dense forests or low-light settings. A few noted that, in certain situations, the sensor might need additional calibration or tweaking for optimal performance.
Customer Support
60%
40%
A handful of users reported positive experiences with the support team, mentioning quick responses and effective troubleshooting for setup issues. For those who had positive interactions, the support was clear and helpful.
On the flip side, many users have expressed frustration with slow response times and lack of follow-up from the customer support team. This was a recurring issue in reviews, with some feeling that the assistance provided was not always thorough or timely enough to resolve more complex integration challenges.
Documentation Quality
65%
35%
Some users found the available documentation to be a good starting point for integrating this sensor into various systems. The guides provided helped most developers get the sensor up and running relatively quickly.
However, several users mentioned that the documentation lacked depth in certain areas, especially for more advanced configurations or troubleshooting. A more detailed and comprehensive guide, particularly for beginners or less experienced users, would have been helpful.
Value for Money
92%
Users feel that this device offers excellent value for money, given its performance, compact design, and power efficiency. Many agree that it strikes a great balance between cost and capability, offering reliable performance in a wide range of applications without breaking the bank.
Some users mentioned that while the price is reasonable for the features, there are other options available with similar specifications that may offer better value for users who don't need the compact size or specific features of this sensor. However, these alternatives might sacrifice performance in other areas.
Battery Life
90%
Battery life is a major highlight for users, with many noting that the low power consumption (
On the downside, while the battery life is good for most tasks, users operating in particularly power-hungry setups feel that the sensor's energy-saving features don't always extend as far as they'd like in longer projects. Some hoped for a version with slightly improved energy efficiency for demanding applications.
Versatility for Use Cases
85%
The sensor's versatility for various use cases, such as pedestrian detection, vehicle detection, and altitude hold mode, is frequently praised. Many users value its adaptability in both indoor and outdoor settings, making it a flexible solution for different projects across drones, robots, and autonomous systems.
However, some users feel that while the sensor is versatile, it may not always be the best fit for specific, more specialized use cases that require long-range or extremely high-precision measurements. The sensor might need additional accessories or modifications to meet the demands of those applications.

Suitable for:

The SmartFly TF-Luna LiDAR Sensor is ideal for drone and robot builders who need a lightweight, compact sensor for precise distance measurements. Its low power consumption makes it a great choice for battery-powered applications, where extended operation is essential, such as autonomous systems or drones with limited energy resources. Hobbyists and developers working on projects using Pixhawk or Raspberry Pi will find this sensor particularly valuable due to its easy integration and broad compatibility with these platforms. Additionally, its reliable obstacle avoidance features make it perfect for applications like pedestrian or vehicle detection, as well as maintaining altitude in flight systems.

Not suitable for:

This LiDAR sensor may not be the best option for users who require very long-range measurements or operate in highly variable environments, where stability might be compromised. Some users have reported limitations in the sensor’s range and its occasional sensitivity to interference, which could make it unsuitable for complex industrial setups or large-scale robotics. Additionally, those looking for comprehensive technical support may find the customer service lacking, as a few users have complained about slow response times. Finally, it may not be ideal for highly customized or specialized systems that do not easily integrate with the standard communication protocols like UART and I2C.

Specifications

  • Sensor Type: The device uses LiDAR technology for precise distance measurement.
  • Ranging: It offers single-point ranging for accurate distance readings.
  • Measurement Range: The sensor can measure distances from 0.1 to 8 meters.
  • Power Consumption: The sensor operates with low power consumption, drawing less than 0.35W.
  • Size: The sensor's compact dimensions are 35mm x 21.25mm x 13.5mm.
  • Weight: It weighs only 5g, making it lightweight and easy to integrate into various systems.
  • Communication Protocols: The device supports both UART and I2C communication protocols.
  • Supported Platforms: Compatible with popular platforms such as Pixhawk and Raspberry Pi.
  • Applications: Ideal for use in drones, robots, and autonomous systems.
  • Power Source: The sensor is designed for battery-powered setups, ensuring mobile and remote use.
  • Integration: The compact size and low weight make it easy to integrate into various systems.
  • Obstacle Avoidance: It is commonly used for obstacle avoidance in drone and robot applications.
  • Accuracy: The sensor provides stable and reliable distance measurements over its entire range.
  • Field of View: The sensor features a narrow field of view, suitable for precise distance measurements.
  • Operating Conditions: Designed to perform well in various environmental conditions, but not ideal for extreme weather.
  • Power Efficiency: Its low power draw is ideal for mobile applications that require long battery life.
  • Use Cases: Suitable for applications such as pedestrian detection, vehicle detection, and altitude hold mode.
  • Mounting Options: The sensor can be mounted easily on various platforms, including drones and robots.

FAQ

The SmartFly TF-Luna LiDAR Sensor has a measurement range of 0.1 to 8 meters, providing reliable distance data for a variety of applications, including obstacle detection and altitude hold.

This device is designed for easy integration into platforms like Pixhawk and Raspberry Pi. It supports both UART and I2C communication protocols, so you can connect it to your system using these interfaces for seamless setup.

Yes, the sensor is ideal for use in drones, offering precise distance measurements and obstacle avoidance capabilities. Its small size and lightweight design make it easy to integrate into drone systems without compromising flight time.

The sensor operates with very low power consumption, under 0.35W, making it suitable for battery-powered setups, which is particularly useful for drones or autonomous systems requiring long operation times.

While this LiDAR sensor is designed for a variety of environments, its performance in extreme weather conditions such as heavy rain or intense heat may be limited. Users are advised to test it in real-world outdoor conditions to ensure reliability.

Yes, the sensor is frequently used for obstacle avoidance in both drones and robots. Its precise single-point ranging helps detect obstacles in real-time, which is crucial for autonomous systems navigating complex environments.

This LiDAR sensor has a compact size of 35mm x 21.25mm x 13.5mm and weighs only 5g, making it one of the lightest options available for integration into small, mobile systems such as drones and robots.

Yes, the TF-Luna sensor is versatile enough for use in custom robotics projects. Its small form factor and flexible communication protocols (UART and I2C) allow developers to easily integrate it into custom systems for various autonomous applications.

The TF-Luna LiDAR sensor uses laser-based technology, so it operates well in low light or dark conditions, unlike optical cameras that may struggle in such environments. This makes it reliable for nighttime or indoor navigation.

Some users have reported mixed experiences with customer support. While the sensor itself performs reliably, a few have noted slower-than-expected responses when dealing with technical issues or setup assistance.